Milton E Ives, Jr

Title: **The Innovative Contributions of Milton E Ives, Jr.**

Introduction

Milton E Ives, Jr., an inventive mind located in North Windham, CT, has made significant strides in the field of optics through his patented methods. His work exemplifies the perseverance and creativity integral to advancing modern technology, particularly in the area of optical waveguides.

Latest Patents

Milton E Ives, Jr. holds a patent for a "Method of Metallization of an Optical Waveguide." This innovative technique involves applying a metal coating to optical elements by partially depleting stabilizers in an electroless metallic solution. The process includes immersing the optical waveguide in this solution to achieve the desired metal deposition. Key components of the method include creating an electroless metallic solution with a sodium hypophosphite concentration of about 25 grams per liter and utilizing a specific mixture of Fidelity solutions and de-ionized water. Additionally, the use of a dummy load, such as a low carbon steel block, helps in stabilizing the solution during the metallization process.

Career Highlights

Milton has dedicated his professional career to the Cidra Corporation, where he applies his expertise in optics and material science. His innovative patent showcases his valuable contribution to the company and the field at large, highlighting his role as a key player in advancing optical technologies.

Collaborations

Throughout his career, Milton Ives has collaborated with fellow inventor Thomas Wolfgang Engel. This partnership underscores the importance of teamwork in the realm of invention and innovation, allowing for the cross-pollination of ideas and expertise to foster greater advancements in technology.

Conclusion

Milton E Ives, Jr. stands out as a notable inventor whose work on the method of metallization for optical waveguides demonstrates the critical intersection of creativity and scientific application. His efforts not only reflect the innovative spirit of his own endeavors but also contribute to the broader technological landscape, inspiring future advancements in optics and materials science.